show all screenshots for 3-10 using packet tracer PLEASE!!. There is no packet tracer file needs to be created.

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NET 375/563 Network Protocols QoS Lab Due: Sunday, November 13, 2022 by 11:59 p.m. 50 points total **** Use Packet Tracer. Only submit the last page, i.e., create a separate document for your results. indicates a screen capture is done as part of this step. The screen capture is included in your answer document. **** 4-Class QoS Model Experiment Objectives: Mark QoS traffic using class-maps and access-control lists. Configure LLQ 4-Class Model for VOIP, CONTROL, TRANSACTION-DATA and default- class classes on egress. Send 4 classes of traffic and review statistics of transmission. Step 1: Create network topology. Use 4 PCS connected to a switch connected to a router connected to another router connected to a switch connected to 4 PCs. Send ping traffic from the PCs on the left to the PCs on the right. The traffic from left-to-right will be ICMP echo requests that are classified/marked at R1 then forwarded to the other PCs. The return traffic will be ICMP echo replies that are classified/marked at R2 and then forwarded back to the PCs on left. add SWLL 4-level route map, policy map, service policy to classify/mark echo requests R1 R2 4-level route map, policy map, service policy to classify/mark echo replies SWO Below is my setup. Note that I used 2911 routers and 2960-24TT switches. da da NET 375/563 Network Protocols QoS Lab Due: Sunday, November 13, 2022 by 11:59 p.m. 50 points total **** Use Packet Tracer. Only submit the last page, i.e., create a separate document for your results. indicates a screen capture is done as part of this step. The screen capture is included in your answer document. **** 4-Class QoS Model Experiment Objectives: Mark QoS traffic using class-maps and access-control lists. Configure LLQ 4-Class Model for VOIP, CONTROL, TRANSACTION-DATA and default- class classes on egress. Send 4 classes of traffic and review statistics of transmission. Step 1: Create network topology. Use 4 PCS connected to a switch connected to a router connected to another router connected to a switch connected to 4 PCs. Send ping traffic from the PCs on the left to the PCs on the right. The traffic from left-to-right will be ICMP echo requests that are classified/marked at R1 then forwarded to the other PCs. The return traffic will be ICMP echo replies that are classified/marked at R2 and then forwarded back to the PCs on left. add SWLL 4-level route map, policy map, service policy to classify/mark echo requests R1 R2 4-level route map, policy map, service policy to classify/mark echo replies SWO Below is my setup. Note that I used 2911 routers and 2960-24TT switches. da da